First Report of <i>Sugarcane mosaic virus</i> Infecting <i>Canna</i> spp. in China

Tang, Wei; Xu, Xiu-Xiu; Sun, Hangjun; Li, F.; Gao, Rui; Yang, Siwen; Lu, Xiuyun; Li, X. D.

doi:10.1094/pdis-05-16-0726-pdn

Cited by 14 publications

(11 citation statements)

References 4 publications

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“…aspermy virus (TAV), cucumovirus, as well as bean yellow mosaic virus (BYMV) and sugarcane mosaic virus (SCMV), both potyviruses (Monger et al 2007;Marino et al 2008;Rajakaruna et al 2014;Tang et al 2016). Another potyvirus, Canna yellow streak virus (CaYSV), was reported in the United Kingdom in 2007, and other countries (Monger et al 2007;Rajakaruna et al 2014;Chauhan et al 2015).…”

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confidence: 99%

Canna paniculata as natural host of canna yellow streak virus in Brazil

Alexandre

Duarte

Chaves

et al. 2017

Australasian Plant Dis. Notes

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Canna yellow streak virus (CaYSV) was identified on Canna paniculata with foliar mosaic symptoms from Piracicaba municipality (São Paulo state, Brazil) by transmission electron microscopy, biological, serological and molecular assays. Pairwise analyses of nucleotide and amino acid sequences (potyvirus cylindrical inclusion region) with homologous sequences revealed the highest identity (88.6 and 97.8%) with CaYSV. This is the first detection of CaYSV in Brazil.

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confidence: 99%

Canna paniculata as natural host of canna yellow streak virus in Brazil

Alexandre

Duarte

Chaves

et al. 2017

Australasian Plant Dis. Notes

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“…Many researchers have used several tools to detect these pathogens by examining virus particles using electron microscopy [26], enzyme-linked immunosorbant assay (ELISA) [11], or by reverse transcriptase polymerase chain reaction (RT-PCR) [20] combined with DNA sequencing, particularly on the coat protein gene fragment. The sequence of the coat protein gene for SCMV is commonly used to identifying mosaic pathogens, for instance the identification of mosaic disease on sugarcane and maize in Thailand [27], maize and canna in China [28][29][30][31], and sugarcane in Argentina [32]. Moreover, according to the coat protein sequence, the virus is also easily grouped into strain, because the sequence has unique parts among strains of SCMV related to their hosts [28], and more specifically, it has unique parts at the N-terminal amino acid residue of coat protein which is the second trypsin cleavage site and the residues which contain repeat sequence motifs [27].…”

Section: Discussionmentioning

confidence: 99%

Detection and Response of Sugarcane against the Infection of Sugarcane Mosaic Virus (SCMV) in Indonesia

et al. 2017

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Sugarcane mosaic virus (SCMV) is one among many viruses that infect sugarcane, cause yield loss, and become serious disease agents on sugarcane plantations. Since the morphological symptoms of SCMV are similar to other symptoms caused by Sugarcane streak mosaic virus (SCSMV) or nitrogen deficiency, the detection of SCMV is important through accurate diagnostic-like ELISA or RT-PCR. This research aimed to study the causative mosaic pathogen of SCMV in East Java, Indonesia, including mosaic development. The results showed that the mosaic symptom is present in all sugarcane plantations with 78% and 65% disease incidence and severity, respectively. Moreover, the detection procedure based on an amplification of cDNA of the coat protein gene sequence confirmed that SCMV was the causative agent of mosaic disease on sugarcane. Re-inoculation of healthy sugarcane plants with plant sap from a symptomatic leaf from the field showed similar mosaic or yellowish chlorotic areas on the leaf blade, and appeared on the fourth leaves upward from the inoculation leaf, in addition to showing different levels of peroxidase but not total phenol. Mosaic also correlated with the amount of total chlorophyll. Although Sucrose phosphate synthase (SPS) protein accumulation and activity were at a lower level in infected leaves, sucrose accumulation was at a higher level in the same leaves.

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“…Viruses infecting canna were found in the UK, Belgium, the Netherlands, France, Italy, Austria, Israel, Kenia, India, Japan, Thailand, Brazil, the USA and Russia. In addition, TSWV was detected on C. indica in Iran (MOINI and IZADPANAH, 2000) and sugarcane mosaic potyvirus was recently reported from canna in China (TANG et al, 2016). Symptoms of viral diseases appeared as vein necrosis, yellow mosaic, streak, mottling and discoloration of leaves are significantly impaired the decorative values of these plants.…”

Section: Cannamentioning

confidence: 99%

Viruses infecting main ornamental plants: an overview

Митрофанова

Zakubanskiy

Митрофанова

2018

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Ornamental plants are cultivated for decorative and utility purposes in urban landscapes throughout the world. They are much valued for their aesthetic properties and constitute an important part of the global horticulture industry. Plant viruses and viroids of various taxonomic groups have a significant negative impact on ornamentals provoking a wide range of symptoms, reducing both decorative value and quality of propagated material and causing large economic damage. A significant growth of the ornamental plants market in recent years promotes the spread of viral diseases. Therefore, systematization of data on virus and viroid phytopathogens diversity in these cultures is an urgent research task. Among the most popular ornamentals are chrysanthemum, rose, clematis, canna, and lavender. More than fifty viruses and viroids from 17 different families (including two viroid families) have been identified in these crops to date. In the presented review, we described the variety of these pathogens and their effect on the above-mentioned ornamentals.

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First Report of Sugarcane mosaic virus Infecting Canna spp. in China

Cited by 14 publications

References 4 publications

Canna paniculata as natural host of canna yellow streak virus in Brazil

Canna paniculata as natural host of canna yellow streak virus in Brazil

Detection and Response of Sugarcane against the Infection of Sugarcane Mosaic Virus (SCMV) in Indonesia

Viruses infecting main ornamental plants: an overview

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